The Nonlinear Photonics for Neuroscience (NPN) group at IBEC is dedicated to advancing our understanding of the brain through the development of cutting-edge microscopy techniques. Our work is guided by the belief that breakthroughs in neuroscience often stem from technological innovations, with photonic tools playing a leading role.

At the intersection of physics, engineering, and neuroscience, our research focuses on three core objectives:

1. Leveraging Nonlinear Optical Phenomena: We study effects like two-photon excited fluorescence and second harmonic generation and enhance them by precisely shaping ultrafast laser beams in both space and time.
2. Pioneering New Microscopy Techniques: Building on our optical expertise, we develop innovative imaging and photostimulation tools that could provide deeper insights into the role of neuronal circuits.
3. Applications in Neuroscience: We partner with leading neuroscientists to apply our technologies to the study of neuronal circuits in small animal models, aiming to help deciphering brain functions.